$49.99
Suitable for Bambu Lab A1, X1 & P1 series Side 1: Smooth PEI PlateSide 2: Smooth PEI Plate High Z-axis Precision Printing The use of a Smooth PEI Plate contributes to improved Z-axis precision during the printing process, ensuring greater accuracy and consistency in the vertical dimension. These qualities make the Smooth P...
$49.99
Suitable for Bambu Lab A1, X1 & P1 series Side 1: Textured PEI PlateSide 2: Textured PEI Plate Recommended Settings Please note that other slicer settings might need to be adjusted based on the printed model and the filament requirements Materials Heatbed Temperature Glue Stick Required? Upper Glass Cover Pl...
$50.99
Suitable for Bambu Lab A1, X1 series & P1 series Side 1: Textured PEI PlateSide 2: Smooth PEI Plate Two Textures (Textured and Smooth) in One Plate Enjoy the benefits of two different textures in one plate, one side is Textured PEI surface and the other side is Smooth PEI surface. This Plate features a 0.5mm magnetic stainless ...
$389.00
Bambu Lab AMS - Innovation of 3D printing technology Make Multi-Color 3D Printing Real Color, the ultimate expression of emotions, is brought to you by Bambu Lab's Automatic Material System (AMS). You can now enjoy printing freely in multiple colors and materials. Support Up to 16 Colors Each Bambu Lab AMS is composed of 4 filament slots, and...
$64.99
The AMS Hub is used to expand the number of AMS connected to Bambu X1/P1 series printers from 1 AMS unit (4 channels) to a maximum of 4 AMS units (16 channels) to improve the refueling speed across your multiple AMS units and support the redundancy of a buffered signal.*The Bambu Lab AMS Hub includes the necessary accessories to connect 2x ...
$7.99
Melt extrusion printers will generate VOCs while printing because the heating temperature of ABS, PC, PA and other materials is relatively high, resulting in more VOCs. Materials such as PLA with lower melting points produce much fewer VOCs during printing. These VOCs are absorbed by Bambu Lab activated carbon air filter. Compatibility X1C an...
$6.99
Overview The Bambu 4-in-1 PTFE Adapter is an adapter used to connect the PTFE tube. Compared to the original PTFE tube connector, the 4-in-1 adapter can connect 4 feeder modules to the printer at the same time. (up to 7 different filaments: 1 AMS and other 3 filaments) It can help users to connect the printer to AMS along with other filaments wh...
$44.99
Complete hotend assembly for X1C 3D printers, not compatible with the X1E 3D printers. The 0.4mm nozzle is widely recognized as the standard nozzle diameter for modern 3D printers due to its optimal balance between print quality and print speed. This nozzle size is the default one in the Bambu Lab X1C Series.
$19.99
Bambu Lab hotend & nozzle for X1(C) series. Note that the .2mm stainless steel nozzle should never be used for abrasive and filled materials.
$17.99
Ceramic Heater for the X1 and X1C exclusively, not for the X1E This ceramic heater can heat the nozzle up to 300℃, which is for use with Bambu Lab complete hotend assemby only. Installation Learn more about the replacement of ceramic heater on Bambu Lab Wiki. In the Box - Ceramic Heater * 3- Thermal Grease * 3- Retaining Clip * 3
$17.99
Thermistor for the X1 & X1C 3D printer, not for the P1 & A1 series, neither for the X1E This thermistor has highly accurate temperature measurement and reliable structural design. It is for use with Bambu Lab complete hotend assembly only. Installation Learn more about the replacement of thermistor on Bambu Lab Wiki. In the Box - The...
$8.99
Overview The Silicone Sock for Hotend is made from high-quality silicone for higher temperature resistance (rated to 300°C printing temperatures). Ensuring optimal thermal insulation and tear resistance, the silicone sock also provides the nozzle with long-lasting protection from cooling air and plastic adhesion. Installation Learn more about t...
Due to ongoing optimization of the QR code recognition algorithm on the X1 model, we recommend disabling the build plate position detection.
Follow these steps: Controls - Print Options - Uncheck the ‘Enable detection of build plate position’ button.
SuperTack coating provides ultra-strong adhesion to PLA and PETG filaments, even at lower heatbed temperatures. It enhances printing success by eliminating adhesion issues, reduces warping when printing large objects and works well with bad shape surface.
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The SuperTack coating is durable, retaining its sticky properties even after extensive use. This results in a longer lifespan for the printing plate, reducing printing costs (less than 20% adhesion loss after 300 prints) and lowering carbon emissions.
The SuperTack coating can impart a smooth and matte texture to the bottom surface of the printed object, better blend-in with other surfaces.
The SuperTack coating requires only an extremely low heatbed temperature to ensure that printed objects adhere securely. This means you can save a significant amount of energy during heating, leading to lower power bills and, more importantly, helping to protect our planet.
Materials | Heatbed Temperature with Textured PEI | Heatbed temperature with SuperTack |
PLA | 65℃ | 45℃ |
Step 1:Â Align the plate with the fixed points of the platform with the name of the plate facing you
Step 2:Â Lower the plate and secure to the magnetic platform
Step 1:Â Align the plate with the fixed points of the platform with the name of the plate facing you
Step 2:Â Lower the plate and secure to the magnetic platform
Material | Specially Designed Coating Spring Steel Plate |
Thickness | Coating - 0.05mm Steel Plate - 0.4mm |
Surface Temperature Resistance | Up to 120℃ |
Usable Print Size | 256*256mm 180*180mm |
Packaging Size | 297*270*15mm 190*200*12mm |
Packaging Weight | 1.035 kg 0.467 kg |